Cultivation of Artificial Algal Crust and its Effect on Soil Improvement in Sandy Area

Jinchao Feng, Wei Li, Linna Ma
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引用次数: 1

Abstract

Algae are the pioneer species of biological soil crusts. Cyanobacteria, microschwannophyta and pseudocladophyta can form fixed quicksand algae crusts on the surface of sand surface. Through artificial culture, soil crusts can be formed in a short time. The development and succession of algeal-sand crust promoted the enrichment of nutrients in the sand surface layer, and created conditions for the reproduction of micro-soil organisms and the colonization of herbaceous plants, thus promoting the desert ecosystem to enter a virtuous cycle. This chapter will focus on the cultivation process of artificial soil crust and its effect on soil improvement (soil organic matter and nitrogen) in sandy areas. In conclusion, the application of algal solution can rapidly form algal crusts, and according to the research results, the formation of algal crusts can significantly improve the chemical and biological properties of soil.
人工藻皮的培育及其对沙区土壤的改良效果
藻类是生物土壤结皮的先驱物种。蓝藻、微棘藻和假棘藻可在沙表面形成固定的流沙藻壳。通过人工培养,可以在短时间内形成土壤结皮。代沙结皮的发育和演替促进了沙表面层养分的富集,为土壤微生物的繁殖和草本植物的定植创造了条件,从而促进沙漠生态系统进入良性循环。本章将重点介绍沙区人工土壤结皮的培育过程及其对土壤改良(土壤有机质和氮素)的影响。综上所述,施用藻液可以快速形成藻皮,并且根据研究结果,藻皮的形成可以显著改善土壤的化学和生物特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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